How is there 3 chiral centers in this compound when there are only 2 carbons that are attached to 4 different groups? 5.69 How many stereoisomers exist for the following compound? Draw all of the stereoisomers. OH HO OH

Organic Chemistry
9th Edition
ISBN:9781305080485
Author:John E. McMurry
Publisher:John E. McMurry
Chapter5: Stereochemistry At Tetrahedral Centers
Section5.SE: Something Extra
Problem 54AP
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How is there 3 chiral centers in this
compound when there are only 2 carbons
that are attached to 4 different groups?
5.69 How many stereoisomers exist for the following compound? Draw all of the stereoisomers.
OH
of Go
OH
Transcribed Image Text:How is there 3 chiral centers in this compound when there are only 2 carbons that are attached to 4 different groups? 5.69 How many stereoisomers exist for the following compound? Draw all of the stereoisomers. OH of Go OH
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